Economic Engineering

Amid the rapid advancement of industrial transformation and automation, Economic Engineering has become a crucial field that optimizes resource allocation and enhances economic efficiency in engineering projects. This program not only provides students with economic theory but also equips them with technology applications and financial analysis skills to solve real-world engineering problems. If you have a passion for economics and wish to work in a highly applicable field, Economic Engineering is a promising choice.

Program Introduction

Economic Engineering is an interdisciplinary field that combines economics and engineering. It primarily focuses on applying economic principles and methods to solve engineering problems, aiming to improve resource allocation efficiency and economic benefits. 

Students in this program will study economics, management, and engineering, equipping them with the ability to apply economic analysis methods to real-world engineering issues.

Educational Objectives

The objectives of the Economic Engineering program are:

• To master fundamental theories and methods in economics, management, and engineering.

• To develop the ability to use mathematical tools and computer technology for economic analysis and decision-making.

• To cultivate innovation and practical skills for solving real-world economic problems.

• To enhance communication skills and teamwork capabilities, enabling graduates to work in an international economic environment.

Graduation Requirements

Graduates of the Economic Engineering program should acquire the following knowledge and skills:

• A solid foundation in economics, management, and engineering.

• Strong economic analysis and engineering practice capabilities.

• The ability to apply economic analysis methods to real-world engineering problems.

• Proficiency in computer applications and technology.

• Excellent communication and teamwork skills.

Core Courses

1. Microeconomics

2. Macroeconomics

3. Econometrics

4. Industrial Economics

5. Operations Research

6. Engineering Economics

7. Project Management

8. Engineering Cost Analysis

9. Engineering Risk Analysis

10. Economic Law

Research Directions in Economic Engineering

The primary research areas in Economic Engineering include:

• Economic Analysis of Engineering Projects: Studying the economic feasibility and benefit evaluation of engineering projects.

• Technological Innovation and Economic Development: Researching the impact of technological innovation on economic growth and development strategies.

• Supply Chain Management and Optimization: Exploring the design, management, and optimization of supply chains.

• Financial Engineering and Risk Management: Investigating the design of financial instruments and risk management strategies.

Degree Awarded

Graduates of the Economic Engineering program will be awarded a Bachelor of Economics degree.

Career Prospects

Graduates of the Economic Engineering program can pursue careers in various fields, including:

• Engineering Economic Analyst

• Project Manager

• Investment Manager

• Risk Analyst

• Industrial Economic Analyst

• Logistics and Supply Chain Manager

• Information Economy and Management Specialist

Related Majors

• Economics

• Economic Statistics

• National Economic Management

• Resource and Environmental Economics

• Business Economics

• Energy Economics

• Labor Economics

• Digital Economy